Is Taconic RF-10 High Frequency PCB the Ultimate Solution for Your RF Applications?

Taconic RF-10 High Frequency PCB: Empowering Your RF Applications

Are you looking for a high-performance PCB solution that excels in RF applications? Look no further than Taconic RF-10 high frequency PCB, a 2-layer 60mil board engineered to meet your most demanding requirements. Let's delve into the features, benefits, and applications of this cutting-edge product:

Q: What makes RF-10 stand out from the rest?
A: RF-10 is a composite of ceramic-filled PTFE and woven fiberglass, offering a high dielectric constant and low dissipation factor. It features thin woven fiberglass reinforcement for low dielectric loss, improved rigidity, and dimensional stability for multilayer circuits.

Q: What are the key features of RF-10?
A: - Dielectric Constant of 10.2 ± 0.3 at 10GHz

Dissipation Factor of 0.0025 at 10GHz
High Thermal Conductivity of 0.85 W/mk
Low Moisture Absorption of 0.08%
Flammability Rating of V-0

Q: What benefits does RF-10 provide?
A: - High DK for RF circuit size reduction

Excellent dimensional stability
Tight DK tolerance for consistent performance
High thermal conductivity for enhanced thermal management
Excellent adhesion to smooth coppers
Low X, Y, Z expansion
Excellent price/performance ratio

Q: Can you tell me more about the PCB construction details?
A: The 2-layer rigid PCB features copper layers, RF-10 Core, and specific dimensions and thicknesses to meet your exact specifications.

Q: What applications is RF-10 suitable for?
A: RF-10 is ideal for Microstrip Patch Antennas, GPS Antennas, Passive Components, Aircraft Collision Avoidance Systems, Satellite components, and more.

In conclusion, Taconic RF-10 high frequency PCB offers exceptional performance, reliability, and cost-effectiveness for your RF applications. With its advanced features, benefits, and wide availability worldwide, RF-10 is the perfect choice for your next project. Upgrade your RF circuits with RF-10 and experience superior performance like never before.